Another innovative design concept from Nokia, the morph concept. Featured in The Museum of Modern Art ?Design and The Elastic Mind? exhibition, the Morph concept device is a bridge between highly advanced technologies and their potential benefits to end-users. Developed by NRC (Nokia Research Center) in collaboration with the Cambridge Nanoscience Centre (United Kingdom), Morph is a concept phone that using nanotechnology which enables materials and components that are flexible, stretchable, transparent and remarkably strong. Users should be able to transform their cell phone into different shapes.
From the website :
“Morph concept technologies might create fantastic opportunities for mobile devices: * Newly-enabled flexible and transparent materials blend more seamlessly with the way we live
* Devices become self-cleaning and self-preserving
* Transparent electronics offering an entirely new aesthetic dimension
* Built-in solar absorption might charge a device, whilst batteries become smaller, longer lasting and faster to charge
* Integrated sensors might allow us to learn more about the environment around us, empowering us to make better choices”
We probably see this technology another 5-7 years in the future, by using nanotechnology, hopefully can lead to low cost manufacturing solutions and the possibility of integrating complex functionality at a low price.
Source : Nokia
Everyone was designing a watch phone with hope we already used it by now. Well, one of designs might come true and we can wear it soon, CellWatch M500, the world’s smallest mobile watch. The initial release took place in November last year and hopefully, the product will be available again in March 2008 (according to mymobilewatch). Designed by SMS Technology Australia, CellWatch M500 has features like sms functionality, OLED touchscreen, bluetooth, mp3, video playback, 128 MB Memory. Will we reach the future ? Let’s wait Marc 2008.
Source : mymobilewatch
Scentsory is a mobile communication device that works with the senses of smell, sight, hearing and touch, giving users the ability to experience remote communication on multi-sensory levels. With the development of Scentsory, remote interfacing will become more biologically natural. The future of mobile communication is ready to take part in rich, multi-layered, multi-sensory experiences. In addition to basic audiovisual features, Scentsory is able to detect, transmit and emit smells. It can also radiate colours, lighting, and temperature from the caller?s environment.
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The idea behind it is to reinterpret the classic “chandelier” completely different. Daniel Becker, the designer, experimented with different lampshade forms which should reflect light into the room. He also created an optical unstability – the wave is thicker on one end and thinner on the other one, but you can’t see this at first. But this is the reason why it keeps its balance. Finally, he used LED technology which allowed the lighting elements to be behind glass because of its very low heat generation. Very beautiful Daniel !
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Until recently prostheses could only be matched roughly to the wearer ? if the proportions and measurements seemed to fit, the aid was considered suitable for that person?s future life. Over the last couple of decades design has helped create an entirely new awareness, and modern prostheses are sophisticated high-tech products that facilitate both mobility and a self-determined life. Natural movements are imitated with the help of intelligent technology, movements that get very close to those of the human leg. However, since prostheses will always remain something artificial to their wearer, it is equally important from a holistic point of view to also address the aesthetic needs of people who have lost a limb.
The C-Leg is an innovative, completely microprocessor-controlled leg prosthesis system that helps people who have undergone transfemoral amputation to achieve a new degree of safety and dynamics. The new C-Leg has been upgraded and expanded with many innovative features. It combines both years of experience and the intelligent use of modern technologies with a clear design of elegant appearance. The C-Leg features a wireless remote control that lets users easily switch between different settings, e.g. for walking, bicycling or inline-skating, as well as make individual fine adjustments to the hydraulic system. No matter at what speed and on what ground the user is walking, the C-Leg reacts in real time to the gait circumstances, ensuring not only natural movements but also offering a high amount of mobility and independence with every step. With its aesthetic and clear language of form, the C-Leg contributes to the well being of its wearers ? thus allowing them to bear their disability with greater self-confidence.
Source : Otto Bock HealthCare
